Thesis

Ph.D. Thesis

• [1] Hyo-Sung Lee, Ph.D. Thesis 2018. “Double quadrature transmitter and third-order sub-harmonic mixer for millimeter-wave communications”
• [2] Hoon-Bae Kim, Ph.D. Thesis 2020. “Electromagnetic interference reduction method for automotive advanced in-cell touch screen panel using frequency spread pulse”
• [3] Min-Jae Jung, Ph.D. Thesis 2020. “Microwave tunable filters with switched varactor, and millimeter-wave CMOS phase shifter and true-time delay using all-pass network”
• [4] Bo-Sung Suh, Ph.D. Thesis 2020. “Ka-band CMOS beamforming network based on butler matrix”
• [5] Hong-Jib Yoon, Ph.D. Thesis 2021. “Fast far-field calibration and grating-lobe suppression for 1-bit phased array”
• [6] Donghyeon Lee, Ph.D. Thesis 2022. “In-band-full-duplex radio front-end with wideband self-interference cancellation for MIMO applications”
• [7] Kyutae Park, Ph.D. Thesis 2024. “Isolation-enhanced full-duplex antenna and front-ends using passive and active self-interference cancellation methods”
• [8] Sungeun Kim, Ph.D. Thesis 2024. “Low-loss and wide-bandwidth dual-polarized reconfigurable intelligent surface for X-band applications”
• [9] Jonghoon Myeong, Ph.D. Thesis 2025. “Millimeter-wave receiver with highly linear low-noise amplifier and high-isolation antennas for phased array full-duplex mobile systems”

M.S. Thesis

• [1] Kyoung-Won Kim, M.S. Thesis 2014. “T/R switchable balun and distributed step attenuator using CMOS transistors”
• [2] Ki-Sik Byun, M.S. Thesis 2015. “Design and modeling of emerging thin film materials for touch screen panels and flexible attenuators”
• [3] Doo-Jung Kim, M.S. Thesis 2015. “CMOS high power T/R switch and bidirectional amplifier”
• [4] Min-Gyo Park, M.S. Thesis 2016. “(A) millimeter wave T/R front-end sub-blocks in TDD systems”
• [5] Won-Cheol Lee, M.S. Thesis 2016. “(A) compact switched beam-forming network and coaxial via using silicon IPD technology for mm-wave communication system”
• [6] Gyoung-June Jeon, M.S. Thesis 2017. “Ka-band switched beamtransmitter using linearity enhanced feedforward power amplifier”
• [7] Jong-Hyuk Park, M.S. Thesis 2018. “Tunable matching network for wireless power transfer and full duplex radio”
• [8] Ui-Je Jo, M.S. Thesis 2019. “Performance analysis of polarization diversity for spatial multiplexing MIMO system with software defined radio”
• [9] Seon-Jong Min, M.S. Thesis 2019. “Feedforward linearization technique using asymmetrically-balanced power amplifier for IMD3 improvement”
• [10] Dong-Min Kim, M.S. Thesis 2019. “Silicon integrated passive device using organic lamination technology for mm-wave compact bandpass filter”
• [11] Hyun-Beom Lee, M.S. Thesis 2020. “Analysis of signal transition in Si-embedded IC package for W-band applications”
• [12] Hae-gwon Park, M.S. Thesis 2021. “Broadband center-fed beam steerable series array antenna”
• [13] Seungwan Eun, M.S. Thesis 2022. “(An) isolation-enhanced dual polarized antennas with decoupling networks for 2×2 MIMO full-duplex application”
• [14] Woong-Jae Yoo, M.S. Thesis 2022. “Digital nonlinear self-interference cancellation with a loopback receiver for full-duplex systems”
• [15] Dong-Hyeon Kim, M.S. Thesis 2022. “Widely tunable 4th order band-pass filter with stopband suppression”
• [16] Ju-Won Kim, M.S. Thesis 2023. “Ka-band CMOS bi-directional variable gain phase shifter with low phase and gain errors”
• [17] Ik-Jong Bae, M.S. Thesis 2023. “W-band power amplifier modules using waveguide to microstrip line transition and high isolation power combiner”
• [18] Jung-Geun Ji, M.S. Thesis 2023. “Beam steerable phase-shifterless phased array system using feeding point switchable antennas”
• [19] Youngdo Choi, M.S. Thesis 2024. “(A) Ka-band miniaturized LTCC bandpass filter with rotatable edge-grounded disk resonators”
• [20] Jae-Kwan Lee, M.S. Thesis 2024. “QFN-packaged 8-channel 1-bit phase shifting switch module for reconfigurable intelligent surface”
• [21] Ji-Un Park, M.S. Thesis 2024. “RFID-based biosensor for bladder condition monitoring”
• [22] Do-Jeon Jung, M.S. Thesis 2024. “Compact tunable filter based on dual-mode resonators with 1.5 octave tuning range and wide stopband”
• [23] Jaehui Jung, M.S. Thesis 2025. “Ka-band passive vector-sum phase shifter with bi-directional amplifier for insertion loss mitigation”